Packaging Robots Market
Packaging Robots Market Size, Trends, Share, Forecast Analysis, By Gripper Type (Claw, Clamp, Vacuum), By Packaging Type (Primary Packaging, Secondary Packaging, Tertiary Packaging), By Application ( Pharmaceuticals, Consumer Products, Others) & Region - Global Market Insights 2022 to 2032
Packaging Robots Market Outlook (2022-2032)
Expanding at a CAGR of 7%, the global packaging robots market is expected to increase from a valuation of US$ 3.8 billion in 2022 to US$ 7.5 billion by the end of 2032. Demand for vacuum grippers is forecasted to increase faster at a CAGR of 8% through 2032 due to the rising need for packaging robots from the pharmaceutical and food and beverage industries to execute a variety of tasks.
To enable things to be packaged, packaging robots are made to handle components, seal & label, and move or pack goods, among other activities. These robots are highly adaptable and simple to include in a workspace. Packaging robots offer more efficiency, precision, and speed when compared to manual procedures, and they can provide a relatively quick return on investment (ROI).
These robots are widely employed in several end-use sectors, including retail, food and beverages, and pharmaceuticals. The ability to lift heavier packages, shorter part-package times, and lower labor costs are some of the key benefits of packaging robots.
Packaging robots are specialized machines used in industrial processes, including picking, packing, and palletizing. They have high levels of flexibility and reprogramability, automatic control, and versatile applications. In manufacturing facilities, packaging robots are used for processes such as filling, primary packaging, putting, selecting, palletizing, and de-palletizing.
The market for packaging robots is anticipated to develop as a result of the increased demand for packaging robots and the need to lower operational costs generally across the packaging industry. Advancements in manufacturing technology have been made as a result of increasing consumer demand for high-quality products, which is indirectly supporting the market growth for packaging robots.
Consumer packaged goods require accurate and consistent packaging techniques. Robotics in packaging lines can help businesses increase throughput, efficiency, and quality. It could be challenging to package items individually at high cycle rates. In many different applications, robotics has been shown to provide a high return on investment. Furthermore, for businesses to remain competitive in the market today, product branding and packaging are essential. Pricing, content, brand name, and packaging all have an impact on how people make purchases.
The benefits of robotic packaging have been the main driver of market expansion. These robots can function at a high rate for 70,000 hours or more and require no maintenance. Entrepreneurs are paying closer attention to time, cost, and sales. It's crucial to develop a competitive product to survive in the market. Automation of production lines enables companies to maximize innovation and effectiveness without compromising on workmanship or quality.
The expanding need for computerization in various business sectors, the increased use of robots for maximum performance, and the cost savings associated with using robotic packaging frameworks are some of the factors driving the global packaging robot market. Furthermore, the market is likely to grow over the forecast period due to the expanding global robotics industry and the relentless development of the retail and online business sectors.
In the e-Commerce sector, picking and palletizing robots are widely utilized for order fulfilment because picking things manually takes a lot of time and money. Another significant element driving the market for packaging robots is the rapid global rise of e-Commerce. Over the coming years, the e-Commerce sector is predicted to grow significantly, which will support the demand for packaging robots in that particular area.
The market for packaging robots is anticipated to present enormous potential for industry vendors due to the rising need for high levels of robotic process automation during the projection period.
Packaging Robots Market Size (2022)
US$ 3.8 Billion
Projected Market Value (2032)
US$ 7.5 Billion
Global Market Growth Rate (2022-2032)
Market Share of Vacuum Grippers
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Why are Sales of Packaging Robots Rising at a Fast Pace?
“Need for Advanced Automation & Modernization in Industries”
Packaging robots are trustworthy and provide excellent branding information through labelling. An individual identifying code is generated once products are packaged to help with product tracking along the supply chain. The primary advantage of robotics in the packaging industry is their undeniable versatility.
Moreover, slim arms with a wide reach, strong repeatability, and precision tooling are all features of robotic packaging systems such as pick-and-place robots that enable them to be extremely precise and accurate.
They are suitable for a range of packaging and supply chain jobs because of their great precision. Lastly, using robot packing equipment can enhance both cycle time and product quality. Robotic actions are regulated, so their results are always consistent, improving packaging quality. This accuracy enables the packaging processes to go smoothly.
“Rapid Implementation of Vision Sensor Technology”
Vision sensor technology is essential since it can determine the size, shape, and color of the package as well as confirm the validity of the labelling and code. If not, the package is automatically discarded and taken off the packaging line. Through accurate abnormality detection, the packaging process becomes more efficient.
What Can Negatively Impact Packaging Robot Demand Growth?
“High Deployment Cost & Lack of Skilled Professionals”
One of the biggest obstacles to the global market for packaging robots is anticipated to be the high deployment costs for technology.
An expert team of workers is necessary for maintenance operations to go smoothly. Therefore, it is anticipated that a lack of teams of skilled professionals may impede market expansion.
What Role Do Start-ups Play in This Industry?
“Aspiring Market Players Investing in Advancements of Manufacturing Facilities”
A sorting system is typically necessary for businesses that produce low-volume products at the time of packaging. Artificial intelligence (AI) algorithms, computer vision technologies, and other scanning devices such as barcode scanners are all included in robotic sorting systems.
As a result, sorting goes more quickly, increasing the effectiveness of packaging as a whole. Start-ups create turn-key robots to offer speedy sorting for secondary or tertiary packaging.
New companies are investing heavily in the advancements of manufacturing facilities to increase productivity, efficiency, and output.
- Sunvato, a Chinese start-up offers mobile robots and intelligent sorting technologies for packaging in a variety of industries, including rapid delivery, e-Commerce, warehousing, and manufacturing. The smart automated guided vehicle (AGV) sorting system from the company uses navigation based on QR codes and considerably lowers the rate of packages missing their destination. Multiple robots may work simultaneously thanks to the startup's proprietary intelligent scheduling technology, helping businesses to reduce costs.
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Which Aspects are Bolstering Market Growth in Asia Pacific?
“Rapid Adoption of Food Packing Robots in Asia Pacific”
Asia Pacific leads the global market due to the rapid adoption of food packing robots and the huge demand for packaging robot systems.
Market expansion in the region is also driven by an increase in the use of packaging automation robots, which can operate in many conditions and take up a lot less space on the floor than people.
Will the United States Be an Opportune Market for Packaging Robot Manufacturers?
“High Usage of Packaging Robots in Food & Beverages Industry”
Growing usage of packaging robots in the food & beverages industry, increasing attention on science and technological advancements, and the presence of packaging robot manufacturers are anticipated to fuel market expansion.
What Makes South Korea an Attractive Market for Packaging Robots?
“Availability of Low-cost Packaging Robots in the Country”
The availability of low-cost packaging robots, the increasing need for robotic packaging solutions due to rapid industrialization, and the high demand for packaging robot machinery in the automotive industry are driving market growth in South Korea.
How is the Market for Packaging Robots Performing in Germany?
“High Penetration of Pharmaceutical Packaging Robots in Germany”
Market growth in Germany is driven by an increase in picking packaging robot adoption due to increased consumer items and food and beverage consumption as a result of changing lifestyles among the urban population.
Robotic packaging equipment makes it easier to produce pharmaceuticals without requiring human interaction. The sector is also flourishing as a result of pharmaceutical corporations' involvement and support.
What is the Demand Outlook for Packaging Robots across Japan?
“Increasing Investments in Logistics Industry by Government Organizations”
The market in Japan is estimated to develop at a CAGR of 3.5% over the forecast period. Increasing investments in the logistics industry by government organizations, rising consumer demand for robotic packaging machinery that operates at faster processing speed and with better efficiency, and the growing e-Commerce sector are driving market growth in Japan.
Why are Vacuum Gripper Robots Surging in Popularity?
“Vacuum Grippers Preferred Due to Their Incredible Strength”
By gripper type, the market is segmented into claw, clamp, vacuum, and others. At present, vacuum grippers account for 50% share of the global market.
Vacuum grippers are widely used to obtain level materials, such as glass or metal sheets. During the packaging and palletizing procedures, these grippers immediately grab a variety of products using pull covers. Vacuum grippers can handle items such as large boxes, boxes, jars, and containers, and as a result, they are now used extensively in the packaging industry.
For Which Packaging Type is Robots Most Widely Used?
“Primary Packaging to Protect Final Product from Contamination”
The market is classified into primary packaging, secondary packaging, and tertiary packaging based on the packaging type.
Demand for primary packaging is expected to rise significantly over the coming years. The first layer that protects the final product from contamination is called primary packaging. The packaging is necessary to make the product appealing and give consumers key information about the products.
When thinking about automating a packaging process, it is important to consider factors such as product specifications, product characteristics, and how items are transferred to and from the packaging equipment. Robotic automation of primary packaging allows for greater versatility and allows a product to be arranged in any arrangement.
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Top companies in the packaging robots market plan to conduct research and development initiatives to create unique robotic packaging systems to meet the increased demand from factories throughout the world. Key companies are anticipated to release advanced products to provide a reliable pick-and-place operation at work as smart factories continue to evolve and industrial automation is used.
- In 2020, one of the biggest manufacturers of robots, Fanuc Corporation, introduced the R-2000id robot with cable-integrated technology. This robot has advanced features including picking and positioning and auto checking in addition to packaging.
Key Segments of Packaging Robots Industry Research
By Gripper Type:
By Packaging Type:
- Primary Packaging
- Secondary Packaging
- Tertiary Packaging
- Food & Beverages
- Consumer Products
- North America
- Asia Pacific
- Latin America
- Middle East & Africa
- FAQs -
At present, the global packaging robots market is valued at US$ 3.8 billion.
The market in Canada is expected to increase at a CAGR of 7% through 2032.
The market for packaging robots is set to reach US$ 7.5 billion by 2032.
Comau, DENSO Robotics, and FANUC Corporation are major manufacturers of packaging robots.
Rising number of manufacturing industries, increasing disposable income, and rapid urbanization are driving the demand for packaging robots.